int main(int argc, char **argv)
{
/* Mainly only for safety */
setupSignal();
/* Initialize decoder's */
DecoderSet(dInstr);
banner(argc,argv);
if( (u2AnonContext = parseCommandLine(argc,argv)) == NULL)
{
/* XXX */
CleanExit(1);
}
if(u2AnonContext->verbose_flag)
{
printContext(u2AnonContext);
}
if( fileOperation(u2AnonContext))
{
/* XXX */
CleanExit(1);
}
CleanExit(0);
/* Exit here but remove the compile warn ...*/
return 0;
}
TimingSwitchDialog::TimingSwitchDialog(ChildWindowBase *parent) :
ChildWindowBase(parent),
ui(new Ui::TimingSwitchDialog)
{
ui->setupUi(this);
setupWidget();
setupSignal();
}
int SignalHandler::registerSignalHandler(int sig, SignalInterface *t)
{
std::map<int, std::list<SignalInterface*> >::iterator it;
it = signalList.find(sig);
pthread_mutex_lock(&mutex);
if (it == signalList.end()) {
if (setupSignal(sig))
THROWEXCEPTION("Couldn't set up signal handler for signal %d\n", sig);
}
signalList[sig].push_back(t);
pthread_mutex_unlock(&mutex);
return 0;
}
int main(int argc, char **argv) {
help(argc, argv);
sprintf(pid_str, "%ld",(long)getpid());
setupSignal();
initProcessSM();
initMsgSM();
pthread_t rd_t;
size_t len; /* Size of shared memory object */
//read thread: task is read msg from shared memory
if (0 != pthread_create(&rd_t, NULL, readMsg, NULL)) {
errExit("pthread_create");
}
//in main thread wait for user's input
while (1) {
printf("please input:");
char input[255];
scanf("%s", input);
if (strcmp("exit", input) == 0) {
exitcomm();
} else {
//write to shared memory
char str[SMSIZE];
sprintf(str, "%s :", pid_str);
strcat(str, input);
len = strlen(str);
memcpy(msgaddr, str, len);
msgaddr[len] = '\0';
sendSignal();
}
}
return 0;
}
int main(int argc, char *argv[])
{
char *pEnv;
/*--------------------------------------------------------------------------
중복 프로세스 체크
---------------------------------------------------------------------------*/
if (dupcheckbyname(argv[0]) != 0) {
fprintf(stderr, "oops!!! duplicated process(%s). So, exit\n", argv[0]);
exit(0);
}
/*--------------------------------------------------------------------------
시그널 등록
---------------------------------------------------------------------------*/
setupSignal(vmct_signal_handler);
/*--------------------------------------------------------------------------
Init Environment
---------------------------------------------------------------------------*/
/* get environment variable */
if ((pEnv = getenv(BPAPP_ENV_NAME)) == NULL){
fprintf(stderr, "'%s' environment variable not found(%s)\n", BPAPP_ENV_NAME, strerror(errno));
exit(0);
}
/*--------------------------------------------------------------------------
디버그 프린트 및 로그 초기화
---------------------------------------------------------------------------*/
#if 0
InitDebug(pEnv, FMS_VMC | FMS_CLB, FMS_INFO1, DBG_TERMINAL | DBG_FILE | DBG_THIS);
#else
InitDebug(pEnv, FMS_VMC | FMS_CLB, FMS_INFO1, DBG_FILE | DBG_THIS);
#endif
xprint(FMS_VMC | FMS_LOOKS, "\n");
xprint(FMS_VMC | FMS_LOOKS, "*********************************************************************\n");
xprint(FMS_VMC | FMS_LOOKS, " BPAPP-VMCT : START \n");
xprint(FMS_VMC | FMS_LOOKS, "*********************************************************************\n");
xprint(FMS_VMC | FMS_LOOKS, "\n");
/* Init Global Variable */
if (InitVariable() < 0) {
xprint(FMS_VMC | FMS_FATAL, "Initialize failed, So exit\n");
terminateLog();
close_xprint();
exit(0);
}
/* Init config from cfgFile */
if (read_config(pEnv) < 0) {
xprint(FMS_VMC | FMS_FATAL, "Global Configuration error, So exit\n");
close_xprint();
exit(0);
}
/* Init Mutex & MsgQCmdTmr */
InitMutexCmdTmr();
#ifdef __DEBUG__
DebugSizeofStruct();
DebugVmctInfo();
DebugVmProcessInfo();
#endif
/*--------------------------------------------------------------------------
pthread Create
---------------------------------------------------------------------------*/
/* TCP Recv Control (HOST) */
if (ThreadFlags[PTASK0] == FALSE) {
pthread_attr_init(&Thread_Attr[PTASK0]);
pthread_attr_setdetachstate(&Thread_Attr[PTASK0], PTHREAD_CREATE_DETACHED);
pthread_create(&ThreadArray[PTASK0], &Thread_Attr[PTASK0], TcpRcvTask, NULL);
pthread_attr_destroy(&Thread_Attr[PTASK0]);
ThreadFlags[PTASK0] = TRUE;
}
/* System Info HOST Send */
if (ThreadFlags[PTASK1] == FALSE) {
pthread_attr_init(&Thread_Attr[PTASK1]);
pthread_attr_setdetachstate(&Thread_Attr[PTASK1], PTHREAD_CREATE_DETACHED);
pthread_create(&ThreadArray[PTASK1], &Thread_Attr[PTASK1], TcpSessionTask, NULL);
pthread_attr_destroy(&Thread_Attr[PTASK1]);
ThreadFlags[PTASK1] = TRUE;
}
/* Timer Cmd (TCP Reconnect) */
if (ThreadFlags[PTASK2] == FALSE) {
pthread_attr_init(&Thread_Attr[PTASK2]);
pthread_attr_setdetachstate(&Thread_Attr[PTASK2], PTHREAD_CREATE_DETACHED);
pthread_create(&ThreadArray[PTASK2], &Thread_Attr[PTASK2], TmrCmdTask, NULL);
pthread_attr_destroy(&Thread_Attr[PTASK2]);
ThreadFlags[PTASK2] = TRUE;
}
RunState = 1;
while(RunState != 0) {
nanoSleep(1000);
}
pthread_join(ThreadArray[PTASK0], NULL);
pthread_join(ThreadArray[PTASK1], NULL);
pthread_join(ThreadArray[PTASK2], NULL);
return(0);
}
void Master::start()
{
//init script
Config *pConfig = Config::getInstance();
if(!pConfig->sScriptFile.empty()){
pScript = new Script();
if(!pScript->load(pConfig->sScriptFile)){
printf("init script failed\n");
return ;
}
}
//session initialize
Session::init();
//create share memory
if(!createGlobals()){
return ;
}
//create server
pServer = new Server(NULL);
if(pServer->createTcpServer(pConfig->nPort) != 0){
printf("create tcp server failed, port=%d, errno=%d, errstr=%s\n",
pConfig->nPort, errno, strerror(errno));
return ;
}
//create worker
pWorkers = (Worker**)zmalloc(pConfig->nWorkers * sizeof(Worker*));
bUseAcceptMutex = pConfig->nWorkers > 1;
for(int i = 0; i < pConfig->nWorkers; ++i){
pWorkers[i] = new Worker(this, i);
pWorkers[i]->start();
}
//set title
char title[256];
snprintf(title, 256, "fooking gateway master, %s", pConfig->sFile.c_str());
utils::setProcTitle(title);
//init signal
setupSignal();
//started log
LOG_INFO("server started, listenfd=%d, port=%d", pServer->getSocket().getFd(), pConfig->nPort);
//wait worker exit
bRunning = true;
while(bRunning)
{
int ret = 0;
int pid = ::wait(&ret);
if(pid <= 0){
continue;
}
int found = -1;
for(int i = 0; i < pConfig->nWorkers; ++i){
Worker *pWorker = pWorkers[i];
if(pWorker->getPid() == pid){
found = pWorker->id();
delete pWorker;
break;
}
}
if(found == -1){
LOG_ERR("worker exited, not found workerid");
}else{
LOG_INFO("worker exited, id=%d, pid=%d", found, pid);
atomic_fetch_sub(&pGlobals->clients, pGlobals->workerClients[found]);
pGlobals->workerClients[found] = 0;
//free lock
if(bUseAcceptMutex){
UnLockAcceptMutex(&pGlobals->lock, pid);
}
//restart
pWorkers[found] = new Worker(this, found);
pWorkers[found]->start();
}
}
}
void startOneCache(void)
{
CRedisProxyCfg* cfg = CRedisProxyCfg::instance();
setupSignal();
EventLoop listenerLoop;
bool twemproxyMode = cfg->isTwemproxyMode();
const int points_per_server = 160;
const int pointer_per_hash = 4;
int slot_index = 0;
RedisProxy proxy;
proxy.setEventLoop(&listenerLoop);
loop = &listenerLoop;
CProxyMonitor monitor;
proxy.setMonitor(&monitor);
const int defaultPort = 8221;
int port = cfg->port();
if (port <= 0) {
LOG(Logger::Debug, "Port %d invalid, use default port %d", defaultPort);
port = defaultPort;
}
if (!proxy.run(HostAddress(port))) {
exit(APP_EXIT_KEY);
}
proxy.setTwemproxyModeEnabled(twemproxyMode);
EventLoopThreadPool pool;
pool.start(cfg->threadNum());
proxy.setEventLoopThreadPool(&pool);
const SVipInfo* vipInfo = cfg->vipInfo();
proxy.setVipName(vipInfo->if_alias_name);
proxy.setVipAddress(vipInfo->vip_address);
proxy.setVipEnabled(vipInfo->enable);
const SHashInfo* sHashInfo = cfg->hashInfo();
if (!twemproxyMode) {
proxy.setSlotCount(sHashInfo->hash_value_max);
} else {
proxy.setSlotCount(cfg->groupCnt() * points_per_server);
}
const GroupOption* groupOption = cfg->groupOption();
proxy.setGroupRetryTime(groupOption->group_retry_time);
proxy.setAutoEjectGroupEnabled(groupOption->auto_eject_group);
proxy.setEjectAfterRestoreEnabled(groupOption->eject_after_restore);
proxy.setPassword(cfg->password());
for (int i = 0; i < cfg->groupCnt(); ++i) {
const CGroupInfo* info = cfg->group(i);
RedisServantGroup* group = new RedisServantGroup;
RedisServantGroupPolicy* policy = RedisServantGroupPolicy::createPolicy(info->groupPolicy());
group->setGroupName(info->groupName());
group->setPolicy(policy);
const HostInfoList& hostList = info->hosts();
HostInfoList::const_iterator itHost = hostList.begin();
for (; itHost != hostList.end(); ++itHost) {
const CHostInfo& hostInfo = (*itHost);
RedisServant* servant = new RedisServant;
RedisServant::Option opt;
strcpy(opt.name, hostInfo.get_hostName().c_str());
opt.poolSize = hostInfo.get_connectionNum();
opt.reconnInterval = groupOption->backend_retry_interval;
opt.maxReconnCount = groupOption->backend_retry_limit;
servant->setOption(opt);
servant->setRedisAddress(HostAddress(hostInfo.get_ip().c_str(), hostInfo.get_port()));
servant->setEventLoop(proxy.eventLoop());
if (hostInfo.get_master()) {
group->addMasterRedisServant(servant);
} else {
group->addSlaveRedisServant(servant);
}
servant->connectionPool()->setPassword(itHost->passWord());
}
group->setEnabled(true);
proxy.addRedisGroup(group);
if (!twemproxyMode) {
for (int i = info->hashMin(); i <= info->hashMax(); ++i) {
proxy.setSlot(i, group);
}
for (int i = 0; i < cfg->hashMapCnt(); ++i) {
const CHashMapping* mapping = cfg->hashMapping(i);
RedisServantGroup* group = proxy.group(mapping->group_name);
proxy.setSlot(mapping->hash_value, group);
}
} else {
Slot* slot = proxy.slotData();
for (int pointer_index = 1;
pointer_index <= points_per_server / pointer_per_hash;
pointer_index++) {
char host[86];
int hostlen = sprintf(host, "%s-%u", group->groupName(), pointer_index - 1);
for (int x = 0; x < pointer_per_hash; x++) {
slot[slot_index].group = group;
slot[slot_index++].value = ketama_hash(host, hostlen, x);
}
}
}
}
if (twemproxyMode) {
LOG(Logger::Debug, "Twemproxy mode. dist=ketama slotcount=%d", proxy.slotCount());
Slot* slot = proxy.slotData();
int slotCount = proxy.slotCount();
qsort(slot, slotCount, sizeof(Slot), slot_item_cmp);
}
HashFunc func = hashfuncFromName(cfg->hashFunctin().c_str());
proxy.setHashFunction(func);
for (int i = 0; i < cfg->keyMapCnt(); ++i) {
const CKeyMapping* mapping = cfg->keyMapping(i);
RedisServantGroup* group = proxy.group(mapping->group_name);
if (group != NULL) {
proxy.addGroupKeyMapping(mapping->key, strlen(mapping->key), group);
}
}
LOG(Logger::Message, "Start the %s on port %d. PID: %d", APP_NAME, port, getpid());
listenerLoop.exec();
}
